Table Of Content

Journal of Automated Methods & Management in Chemistry ~) aon — Vol. 24, No. 6 (November-—December) pp. 213-214 Index of Authors (with the titles of papers) A J ACHTERBERG, E. P., see Worsfold, P. J. Janicki, W., CHRzANowskKI, W., Wasik, A ArRAujo, A. N., see Rohwedder, J. J. R. E., and NAMIESNIK, J \utomated analyse monitoring trace amounts B organk compounds BARNETT, N.W., see Lenehan, C. E. watel BittiAu-Loreau, M., see Havet, J.-L. Bostyn, S., see Christophe, G. L Bowtg, A. R., see Worsfold, P. J. Let, J., Zene, L., Ly Bruce, J.: Analysis of anions in beer using ion Hv, J.: chromatography of an energy-dispersiy scanning electron microscope Cc LENEHAN, (¢ . E., BARNETT, N. W., and Lt ‘ANNIZZARO, V., see Worsfold, P. J. Design of LabVIEW “ -based ‘HAND, G., see Randhawa, S. S. control of sequential HAPELANT, L., see Christophe, G. mentatiofno r the determinat HARLES,5. , Sé¢ Worsfold, Pi Lewis, S.W., see Lenehan ‘HRISTOPHE, G., CHAPELANT, L., Bosryn, S., Lima, A. M.V., see Quin Ports, C.; DrLacroIx, A., and D’ORCHYMONT, Bitt fi; Ler,| ] H.: To robotize chemistry laboratories. \n ex- Liv, R., see Lei,J ample of organic synthesis: 2-Boc-amino-.\-Hy- DROXY-3-PHENYL-PROPIONAMIDI HRZANOWSKI, W., see Janicki, W. M ONCEICAO, M., see RohweddeJr., J . R. MonrTENEGRO, B.S. M.. ‘OROMINAS, A., see Galan, A. Mussg, A. P.S ., see Quintella, osta,J . M., Worsfold, P. J. outro, C. M. C. M., see RohweddeJr., J . R N uRos, A., see Galan, A. NAMIESNIK, J., D'OrcuymMont, H., see Christophe, G. DELACROIX, A., Christophe, G. Pasguinl, C., see Rohwedder, J. J. R Drvacroix, A., see Havet, J.-L. PrpE, [., Quintella Cc. M Dusois, F., see Worsfold, P.J PEREIRO, R., Worsfold, P. J. DuRAN, J., see Galan, A. PorreE, ( Christophe, G Porre, ¢ Havet, J.-l Przyk, E., see Janicki, W G GaLAn, A., Curos, A., Duran, J., Corominas, A., and VALLE, V.: Analytical evaluation of two Q automat methods to measure blood CK-MB mass and troponin | QuINTELLA,C . M., GONCALVES, C. ( PEPE, I., Lima, A. M.V., and Mussg, A. P. S.: Automated Ganyjvu, A. K., see Randhawa, S. S. system to acquire fluorescence, polarization and GoncaLves, C. C., see Quintella, C. M. anisotropy maps within liquid flows H Havet, J.-L., BittiAu-LOoREAU, M., Porte, C., and R DELACROIX, A.: Solvent effect modelling of iso- Rarmunbo, I. M., JR, Rohwedder,J . J. R. cyanuric products synthesis by chemometric RANDHAWA, S. S., CHAND, G., and Ganyu, A. K.: methods 11] Development of a microprocessor-based bio- Ht ales see Lei, Ee chemical samplet Index of Authors ROHWEDDER, J. J. R., Pasquini, C., Rarmunpo, I. WwW M., Jr, ConceicAo, M., MonrTENEGRO, B. S. M., Wasik, A., see Janicki, W. Araujo, A. N., and Couto, C. M. C. M.: Design Wo ttast, P., see Worsfold, P. J. and development of a multichannel potenti- WorsFo_p, P. J., ACHTERBERG, E. P., Bowrg, A. R., ometer for monitoring an electrode array and CANNIzzAroV,. , CHARLES, S., Costa,J . M., Dvu- its application in flow analysis Bois, F., PERErRO, R., SAN VICENTE, B., SANZ-ME- Rossi, D. T.: Integrating automation and LC/MS DEL, A., VANDELOISE, R., VANDER Donckt, E., for drug discovery bioanalysis Wo..ast, P., and Yunus, S.: Integrated lumin- ometer for the determination of trace metals in seawater using fluorescence, phosphorescence and chemiluminescence detection S SAN VICENTE, B., see Worsfold, P. J. SAnz-MEDEL, A., see Worsfold, P. J. Y Yunus, S., see Worsfold, P. J. V VALLE, V., see Galan, A. a, VANDELOISE, R., see Worsfold, P. J. Penge VANDER Donckrt, E., see Worsfold, P. J. ZHANG, Z..,